Schedule: Storage Engine Development and Optimization sessions

Drizzle is a fork of the MySQL server that has been talked about for
some time. This tutorial will cover how the Storage Engine API and its
subsystem has evolved. We will walk through the API with BlitzDB, a
storage engine that is built on top of this new storage subsystem.
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The Drizzle Project is a fork of the MySQL 6.0 server. One of the many goals of Drizzle is to enable a large plugin ecosystem by improving, simplifying, and modernizing the application programming interfaces between the kernel and the modules providing services for Drizzle. This tutorial serves to showcase the new APIs for Drizzle's replication through a series of in-depth examples.
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Sharding is a hot topic. Every big web site is using some sharding
technique with home made solutions. The quest for the silver bullet goes on
without apparent good results. This session will present two MySQL storage
engines (Spider and Vertical partitioning) that implement transparent
sharding techniques.
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With the GA version of PBXT soon to be released, this presentation will tell you how to get the most out of the storage engine. All information is relevant to developers, DBAs and anyone interested in getting started with PBXT.
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Meet the developers behind the partitioning feature in MySQL and take your chance to influence the future development!
Get a detailed view of how the partitioning works inside the MySQL server, including the new features in 5.5 (COLUMS partitioning type, truncate partition, MyISAM key cache per partition, etc). And what is in development right now.
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Spider and Vertical Partitioning Storage Engine will be introduced by Giuseppe in this Conference.
In this session, I'll introduce some additional tips for joinable database sharding using Spider and Vertical Partitioning.
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BlackRay is an open source in-memory relational database. This talk focuses on implementing BlackRay as a storage engine backend for MySQL, thereby leveraging MySQL engine features currently not available natively in BlackRay. Conversely, some shortcomings of the Storage Engine architecture will be discussed as well.
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Learn everything about the latest and greatest new feature for MySQL Cluster, pushdown-joins. How it's implemented in the data nodes, how the mysqld integration is done, what the next steps will be and the performance increases that we measured.
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This presentation will teach you the InnoDB internals you need to know for performance optimization and operational tasks. You'll learn topics such as how InnoDB allocates space on the filesystem and in memory, how InnoDB recovery works, and how MVCC and locking work.
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This presentation will teach you the InnoDB internals you need to know for performance optimization and operational tasks. You'll learn topics such as how InnoDB allocates space on the filesystem and in memory, how InnoDB recovery works, and how MVCC and locking work.
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Facebook runs MySQL on commodity servers. Commodity servers have become extremely fast. Learn about the methods we use to identify performance bottlenecks in MySQL and the projects we have completed or started to keep pace with hardware advances.
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ScaleDB transforms dynamically and transparently an open source MySQL deployment to a clustered "cloud ready" DBMS deployment. This is done by ScaleDB’s clustered storage engine that provides "out of the box" scalability and availability.
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